Taoran Lu (4f189e27) at 11 Mar 13:41
The rendering process is a "wrapper" of the open source tool (AdaMPI) so it basically output the format defined there. The mp4 video provides easy visualization of the rendering results. The RGB images stored the rendered results before generating the mp4, so the RGB images are not impacted by potential coding loss by the mp4 compression (5Mbits/s can also be changed freely). This is just one non-normative example to illustrate the SEI's functionality. Anyone can modify this script freely to get the format they needed.
Thank you for the suggestion. Separate buffer allocation for MPI is made in the new commit.
Taoran Lu (4f189e27) at 01 Feb 19:02
improve buffer allocation
Thanks for testing, I've updated the sentence in readme.
Thanks for checking! Typo is fixed as suggested.
Thanks for checking! Typos are fixed as suggested. The cause of this discrepancy between parameters and the explanation is that, at first we directly set the syntax values (minus 1) in cfg. Later we decided to use real values for better human-interaction and do internal minus 1 for signaling.
Taoran Lu (603ec9f4) at 22 Jan 22:15
fix typos
There is a note in the MPIISEI_readme.txt step (4) regarding the requirement of using the script (be able to run AdaMPI open source tool). I also explicitly added the note regarding GPU in the readme as suggested.
Taoran Lu (84939b98) at 22 Jan 18:28
address comments
Thank you for the suggestion, a check has been added to prevent overwritten.
Thank you for the suggestion, I have elaborate that part.
The link is permanent.
modified as suggested.
Taoran Lu (243133b5) at 18 Jan 23:04
address comments
please advise what exactly should be used if not a number -- it seems we do not have a prior example.
a new content readme file is added to provide content for testing the code.
Taoran Lu (fd25e167) at 18 Jan 01:27
add content readme
I added copyright header into the python scripts in the new commit.
Taoran Lu (37ddc2d4) at 10 Jan 17:30
add copyright header to non-normaltive scripts